If you are looking for high-quality products, please feel free to contact us and send an inquiry, email: brad@ihpa.net
What is Silicon Monoxide?
?
Silicon monoxide
The chemical formula for SiO is an inorganic substance. It is an amorphous black-brown powder that turns yellowish under normal temperatures and pressure. It has a melting and boiling point of 1802degC respectively. The density of the powder is 2.13g/cm3. It is not very soluble in liquid water. However, it can dissolve in a mix of dilute hydrofluoric acids and nitrics and produce silicon tetrafluoride. When heated in air, this produces a white powder. The silicon monoxide in the air will oxidize and become silicon dioxide. When the silicon monoxide vapour is slowly condensed (see disproportionation reactions), it will disproportionate into silicon and silica dioxide.
Silicon monoxide preparation
1. After silicon dioxide has reacted with elemental silicon, rapid cooling is required to make silicon monoxide.
Silicon monoxide The material is unstable, as it will oxidize into silicon dioxide in air. It only remains stable above 1200degC.
Avoid open flames and high temperatures. It is not soluble when mixed with hydrofluoric or nitric acid. Heat and electricity are well insulated by this material. It is oxidized in air and forms a silicon oxide film. In oxygen, it burns and then reacts with the water to produce hydrogen. In the warm alkaline solution, hydrogen is generated and silicate is dissolved.
Silicon monoxide use
A fine silicon monoxide can be used to synthesize fine ceramics due to its high activity. This includes silicon nitride, and silicon carbide. Useful in the preparation optical glass and semiconductors.
As a protective layer, vaporize it and apply it to the mirror surfaces of optical instruments. Preparation semiconductor materials.
Silicomonoxide safety precautions
If you come into contact with your eyes, immediately rinse them with lots of water. Then consult your doctor.
Wear protective clothing.
Eyes, skin, and respiratory tract are all affected.
Most water bodies are only mildly affected by this substance. Do not allow large quantities of undiluted products to enter groundwater, waterways or sewage system.
Avoid light, open flames and high temperatures.
Place in a ventilated, dry and airtight place.
Inhalation – If the patient inhales, it is best to move them to a fresh air environment.
Skin contact: Remove all contaminated clothing. Wash your skin with soap and warm water. Seek medical attention if you feel unwell.
Eye contact: Separate eyelids, and rinse them with normal saline. Seek medical attention immediately.
Ingestion Rinse your mouth with water and do not vomit. Seek medical attention immediately.
Advice for protecting rescuers – Move the patient into a safe area. Consult with a doctor. The doctor should see this sheet of chemical safety information.
(aka. Technology Co. Ltd., a trusted global chemical supplier & manufacture with over 12 year’s experience in providing super-high-quality chemicals and nanomaterials. Silicon monoxide is produced by our company with high purity, fine particles and low impurity content. Please. Contact us if necessary.
Silicon monoxide preparation
1. After silicon dioxide has reacted with elemental silicon, rapid cooling is required to make silicon monoxide.
SiO2 + S – 2SiO.
2. Mix silicon dioxide with SiO2 of 99.5% with coal tar powder. The C/SiO2 molar mixing ratio is 2.0. Heat the mixture under reduced pressurized, at 1600°C, 1.013kPa.
SiO2+C-SiO+CO.
Property and stability properties of silicon monoxide
Silicon monoxide The material is unstable, as it will oxidize into silicon dioxide in air. It only remains stable above 1200degC.
Avoid open flames and high temperatures. It is not soluble when mixed with hydrofluoric or nitric acid. Heat and electricity are well insulated by this material. It is oxidized in air and forms a silicon oxide film. In oxygen, it burns and then reacts with the water to produce hydrogen. In the warm alkaline solution, hydrogen is generated and silicate is dissolved.
Silicon monoxide use
A fine silicon monoxide can be used to synthesize fine ceramics due to its high activity. This includes silicon nitride, and silicon carbide. Useful in the preparation optical glass and semiconductors.
As a protective layer, vaporize it and apply it to the mirror surfaces of optical instruments. Preparation semiconductor materials.
Silicomonoxide safety precautions
If you come into contact with your eyes, immediately rinse them with lots of water. Then consult your doctor.
Wear protective clothing.
Eyes, skin, and respiratory tract are all affected.
Most water bodies are only mildly affected by this substance. Do not allow large quantities of undiluted products to enter groundwater, waterways or sewage system.
Avoid light, open flames and high temperatures.
Place in a ventilated, dry and airtight place.
Inhalation – If the patient inhales, it is best to move them to a fresh air environment.
Skin contact: Remove all contaminated clothing. Wash your skin with soap and warm water. Seek medical attention if you feel unwell.
Eye contact: Separate eyelids, and rinse them with normal saline. Seek medical attention immediately.
Ingestion Rinse your mouth with water and do not vomit. Seek medical attention immediately.
Advice for protecting rescuers – Move the patient into a safe area. Consult with a doctor. The doctor should see this sheet of chemical safety information.
(aka. Technology Co. Ltd., a trusted global chemical supplier & manufacture with over 12 year’s experience in providing super-high-quality chemicals and nanomaterials. Silicon monoxide is produced by our company with high purity, fine particles and low impurity content. Please. Contact us if necessary.